Computer Architecture: Design and Implementation explores the fundamental and advanced concepts critical to understanding modern computer systems, from system organization and functionality to measures for system performance including CPU, memory, and I/O systems. The book discusses the intricacies of design and implementation from multiple perspectives (user, architect, logic), as well as provides a historical perspective, introducing essential structures like the Von Neumann Architecture and various computer architectures (SISD, SIMD, MISD, MIMD). The book provides guides readers through data representations including binary, octal, and hexadecimal number systems, complement schemes for signed and unsigned numbers, and fixed-point versus floating-point number representations according to IEEE standards. Instruction set architecture is addressed in detail, encompassing assembly and machine-level instruction sets, formats, addressing, and types including memory-access and control instructions. Ideal for both undergraduate and graduate advanced courses in computer engineering and architecture, Computer Architecture is an effective resource for programs focusing on systems architecture, computer organization, and parallel processing, as well as for courses focused on the specifics of design and implementation principles.
